INTERACTIVE
ELECTRIC VEHICLE WORKSHOP
In this hands on workshop, students will learn diagnostic and repair techniques for working with high-voltage vehicles.
The course covers the components that make these vehicles unique and delves deep into their operation, their specialized components and effective diagnostic procedures. It also extensively covers the most critical subject of the lessons: safety. This class explains the vehicle’s workings, preparing the vehicle for safe diagnostic interaction, proper personal protective equipment for the technician, and recommended tools.
Topics include: Electricity fundamentals and testing procedures, wiring schematics, electrical vehicle configurations and components, safety, regenerative braking, EV cooling systems, scan tool diagnostics and much more.
COURSE OBJECTIVES:
Understand the fundamental theories of electricity and electrical current including the differences between A/C and D/C
Explore how to test electric circuits
Understand personal protective equipment and the procedures to follow
Describe electric vehicle diagnostic procedures
Understand high voltage battery technology and components
Describe high voltage component testing, removal, and replacement
Discover diagnostic tools including scopes and scanners
Testing and serving Electric Vehicle inverters and converters
Topics and Tools Covered:
Lithium and Nickel Metal Hydride Batteries
12 Volt and High Voltage Charging Systems
CAN Bus, Data Streams, PIDs
Cooling systems, regenerative braking
Volt Meters
Scan Tools
Lab Scopes
Safety Equipment
When you’re making your next diagnosis or repair of an electric vehicle, do it with the confidence and knowledge that comes with hands-on, expert-led training from AVI!
8 Study Hours
INTERACTIVE
HYBRID WORKSHOP
In this hands on workshop, students will learn diagnostic and repair techniques for working with high-voltage vehicles.
The course covers the components that make these vehicles unique and delves deep into their operation, their specialized components and effective diagnostic procedures. It also extensively covers the most critical subject of the lessons: safety. This class explains the vehicle’s workings, preparing the vehicle for safe diagnostic interaction, proper personal protective equipment for the technician, and recommended tools.
Topics include: Electricity fundamentals and testing procedures, wiring schematics, hybrid/EV configurations and components, safety, regenerative braking, EV cooling systems, scan tool diagnostics and much more.
Understand the fundamental theories of electricity and electrical current
Communicate on how to test electric circuits
 Generalize the different types of electric and hybrid electric vehicles
Understand personal protective equipment and the procedures to follow
Describe electric vehicle diagnostic procedures
Communicate on high voltage battery technology and components
Describe high voltage component testing, removal, and replacement
Illustrate hybrid and electric vehicle maintenance procedures
8 Study Hours
Already Know the Basics? Take On Level 2 Training.
Our new level 2 class picks up where the level 1 class left off!
How does the HV system power up and why does it power up in this way?
Complete disassembly of inverter/converters with an explanation of the components and how to test them.
Complete disassembly of the high voltage battery pack with explanations of components and what they do and how to test them
We will also perform motor-generator testing with meters and scopes and cover in-depth scan tool PID diagnostics!
INTERACTIVE
ELECTRIC WORKSHOP
In this hands-on workshop, technicians will learn through the practical ins and outs of low and high-voltage electricity theory through lecture and examination of electric vehicle components. Your instructor will show proper testing and servicing procedures involved with traditional 12 volt systems and the newer high voltage components found in electric vehicles.
High voltage components covered in this course include the HV battery pack, inverter assembly, converter assembly, electric air conditioning compressor, and Motor generators 1 and 2. A heavy emphasis will be placed on safety as well as real-world diagnostic testing and repair procedures.
This course is ideal for both the new student looking to learn about basic electrical theory and the more advanced technician seeking knowledge on high-voltage systems in modern electric vehicles.
Communicate how a battery works
Define electrical terminology
 Illustrate Ohms law
Generalize how fuses operate
Contrast series and parallel circuits
Illustrate the operation of multimeters
Recall basic electrical components
Communicate on how to test electrical circuits
Relate how vehicle charging systems work
Explain alternating current (AC) vs. direct current (DC)
Underline the tools for working with electricity (DC)
8 Study Hours
INTERACTIVE
DIESEL WORKSHOP
This hands-on workshop, consisting of a minimum of 8 hours training, that is full of information on Ford Power Stroke diagnostics covering extensive 6.7 Power Stroke repair information.
This course will demo actual testing and practical service demonstrations along with helpful tips and tricks.
Topics include: fuel testing, pressure testing, volume testing, scan tool diagnostics, diagnostic tips, turbochargers, data network diagnostics, no start diagnostics, SCR & DPF systems and much more. The instructor will also furnish the participants with detailed handouts and recommend other materials for additional participant self-study.
If you service Power Stroke Diesel vehicles, this program is a must!
Discuss fuel system updates and common issues
 Analyze common rail information and care
Investigate fuel contamination and fuel injection pump diagnosis
Outline turbocharger testing, including boost vs. backpressure
Diagnose engine oil issues and evaluate causes for aeration
Relate turbocharger issues, including oil and boost issues
Demonstrate profificiency in scan tool use, PIDS, and data
Relate how vehicle charging systems work
Communicate on cooling systems, primary and secondary service
Illustrate fuel injector operation
8 Study Hours
INTERACTIVE
BRAKES WORKSHOP
In this hands-on workshop, your instructor will present information on how to perform proper brake service on today's modern vehicles, as well as practical information on hydraulic, power assist, parking, and drum brake systems and associated components such as wheel bearings and brake control units.
Topics include: Hydraulic systems, fluids, lines, hoses, valves, switches, repair, power assist units, and various strategies for associated electrical systems.
This course is ideal for both the new student looking to learn about braking systems and the more advanced technician seeking diagnostic techniques and ASE A-5 test preparation assistance.
Describe standard brake system components and operation
Understand hydraulic braking systems and components
Explain master cylinder operation and repair procedures
Recall brake bleeding, flushing, and leak testing procedures
Describe drum brake diagnosis and repair schemas
Understand brake power assist units
Relate disc brake systems, diagnostics and repair
Illustrate the operation of non-ABS brake valves and switches
Describe anti-lock braking systems, diagnosis and repair
8 Study Hours
INTERACTIVE
AIR CONDITIONING WORKSHOP
| SKU | LT-HVAC |
| Title | Intermediate Air Conditioning |
| Duration | 2 Day |
| Price per Day | $ 3,500 |
| Target Audience | Technician |
| Purpose | Full understanding of the operation, diagnostics, and service of vehicle A/C systems |
| Course Description | This course will cover all aspects of modern air conditioning systems using both R134 and R1234yf refrigerants. The complete refrigeration cycle will be explained, and all components involved will be discussed in detail. Service and testing techniques along with equipment usage will be covered. Proper system leak testing tools and procedures will be shown and fully discussed. |
| Hands-On Learning | Yes - AVI will provide fully operational A/C system mockups to be used in the classroom. This course will require the use of an A/C machine during class. Students will use the mockups to perform a variety of procedures such as compressor replacement, leak testing and temperature testing of the refrigerant lines for diagnostic purposes |
| Expected Outcomes | Technician should be able to properly perform A/C system service and be able to explain the operation and repair requirements of any given system. |
| SKU | LT-ADV-AC |
| Title | Advanced Air Conditioning - Hybrid and EV Systems |
| Duration | 1 Day |
| Price per Day | $ 5,000.00 |
| Target Audience | Technician |
| Purpose | Explain unique operational characteristics of hybrid/EV air conditioning systems |
| Course Description | This course will cover the design, operation, and testing of A/C systems on hybrid and electric vehicles. These systems can come in many forms of compressor drive from belt only, belt/electric combination to full electric in either AC or DC voltage supply. A condensed discussion of the refrigeration cycle will be included. Operation, testing, and diagnostics of these systems will be the bulk of the course time. |
| Hands-On Learning | Yes - This course will include live system testing on mockups in a classroom environment and will necessitate the use of an A/C machine |
| Expected Outcomes | Upon Completion the technician should have appropriate knowledge to perform service and repairs on hybrid and EV air conditioning systems as well as the safety requirements involved with high voltage system service. |
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ELECTRIC VEHICLES
HYBRID
DIESEL
ELECTRICAL
BRAKES
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